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The Canty Thickness Measurement System provides online thickness measurements that will allow for further process control and productivity. The ability to understand the thickness of a material allows operators to know exactly when the optimal thickness has been reached, reducing any time spent over-processing products.
The CantyNet™ Pan/Tilt/Zoom Ethernet Control Module allows the user to control a Canty Pan/Tilt/Zoom camera using a single Ethernet cable via 10/100 Mbps or optional fiber network.
Canty pan & tilt systems have been designed for use in hazardous areas in accordance with explosion proof, and flame proof requirements. · Class I, Div. 1, Groups B, C & D · Class II, Div. 1, Groups E, F & G, & NEMA 4 areas · EEx d IIC T6, IP66
CANTY Surveillance Cameras are ideal for demanding surveillance applications, visual inspection or verification functions in extreme environments.
Canty High Temperature Cameras are ideal for demanding applications involving visual inspection or verification in extreme temperature environments.
The CANTY Molten Glass Level system consists of a high temperature surveillance camera, mounted to view the surface of the molten glass through an opening in the wall. On the wall directly opposite the camera, a reference point is created, often by simply removing a brick from the wall, or boring a hole though it. The position of the reflection of this reference point on the surface of the glass relative to the fixed mount camera, is directly related to the molten glass level. CantyVision™ software is configured to track the position of this reflection with accuracy to 0.001” (0.025mm). A cross-hair is displayed on the operator screen image at all times, to allow the user to visually verify what point is begin tracked by the software. Control outputs are available to the DCS via OPC, 4-20mA and Modbus TCP/IP.
Features:
Canty’s thermal vision system is quite similar to other radiative temperature methods, by measuring the energy produced by a process. The advancements in CCD cameras has allowed for the ability to measure wavelengths in both the visual range and near inferred range.
Two high resolution GigE (gigabit ethernet vision) cameras enclosed in an IP67 temperature resistant full metal/jacketed housing cooled by either water or air. A unique orifice plate prevents debris from adhering to the lens, resulting in a clear view of the glass edge and ribbon at all times. Cameras come with a fully adjustable mounting system to allow for optimal camera positioning. Camera can be powered via PoE (power over ethernet) through a direct connection back to a Vector Control Module (embedded image processing system) with variable outputs for system control (analog, Modbus, OPC etc.)
